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Artificial neural network prediction of an electrohydrodynamic thermosolutal buoyancy-driven convection of NEPCMs-dielectric suspension within an oblique enclosure with active blocks

Tahar Tayebi, Amjad Ali Pasha, Mohd Danish, Mohammed K. Al Mesfer, Sana Qaiyum, M.K. Nayak, Nehad Ali Shah

2025International Communications in Heat and Mass Transfer6 citationsDOI

Topics & Concepts

Nusselt numberEnclosureMaterials scienceNatural convectionMechanicsConvectionSuspension (topology)Heat transferConvective heat transferPhase-change materialElectrohydrodynamicsThermalThermodynamicsRenewable energySolar energyThermal energyMass transferPhase (matter)Thermal energy storageNanofluid Flow and Heat TransferPower Transformer Diagnostics and InsulationRheology and Fluid Dynamics Studies
Artificial neural network prediction of an electrohydrodynamic thermosolutal buoyancy-driven convection of NEPCMs-dielectric suspension within an oblique enclosure with active blocks | Litcius